Question

A 6.85-\mu F capacitor is fully charged by a 387-V battery, which is then disconnected. Next, the capacitor is connected to an initially uncharged capacitor of capacitance C, and the potential difference across it is found to be 22.1 V. a) What is C? 1.131\times 10-4 F 上面显示的是正确答案。正确答案！您的证明编号是 165-7140 帮助: Receipt 以前的尝试 b) How much energy ends up being stored in the second capacitor? 2.762\times 10-2 J

Name: a 685 mu f capacitor is fully charged by a 387 v battery which is then disconnected next the capacitor is connected to an initially uncharged capacitor of capacitance c and the potential dif 20679
Uploaded: 2023-05-06T21:15:54-08:00
Duration: 2 min 19 s
Channel: Adi S
Description: a 685 mu f capacitor is fully charged by a 387 v battery which is then disconnected next the capacitor is connected to an initially uncharged capacitor of capacitance c and the potential dif 20679

          A 6.85-\mu F capacitor is fully charged by a 387-V battery, which is then disconnected. Next, the capacitor is connected to an initially uncharged capacitor of capacitance C, and the potential difference across it is found to be 22.1 V.
a) What is C?
1.131\times 10-4 F
上面显示的是正确答案。 正确答案！
您的证明编号是 165-7140 帮助: Receipt 以前的尝试
b) How much energy ends up being stored in the second capacitor?
2.762\times 10-2 J

Added by Darryl C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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05/06/2023

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A 6.85-\mu F capacitor is fully charged by a 387-V battery, which is then disconnected. Next, the capacitor is connected to an initially uncharged capacitor of capacitance C, and the potential difference across it is found to be 22.1 V. a) What is C? 1.131\times 10-4 F 上面显示的是正确答案。正确答案！您的证明编号是 165-7140 帮助: Receipt 以前的尝试 b) How much energy ends up being stored in the second capacitor? 2.762\times 10-2 J